SLWRB4103A

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SLWRB4103A is an evaluation and development tool from Numata, a global provider of ItoE (Industrial, Telecom, and Enterprise) solutions. The product is designed for high-frequency wireless communication system evaluation and development. The SLWRB4103A supports frequency bands from 4.7GHz to 6.5GHz, providing quick and easy hardware set up and a powerful software suite to enable easy system evaluation.

The SLWRB4103A is ideal for application development and testing, providing features such as frequency hopping, DPD, TPC, MIMO, and FHSS. The device is also designed so that it can be used as a basic radio receiver, providing excellent sensitivity and selectivity. It also supports differential RF data streaming, enabling real-time network performance testing.

The SLWRB4103A is compatible with several popular communication protocols, including 802.11a/b/g/n/ac, System J, and System X. System J is an advanced wireless communication system that is designed to provide high performance, low latency, and better reliability than other systems. System X is a software-defined radio solution that provides faster system updates and easier integration into existing networks. Both wireless communication systems are supported by the SLWRB4103A.

The SLWRB4103A comprises of two boards; the controller and the radio board. The controller board is an i.MX6S processor, which runs the Numata MCU and provides support for the wireless communication protocols supported by the SLWRB4103A. The radio board is the SLWRB4103A daughterboard, which features an integrated radio transceiver chipset, this is responsible for data streaming/ modulation/ reception/ transmission and provides all required functions for the communication protocol.

The working principle behind the SLWRB4103A is fairly simple. The controller board, which is responsible for carrying out the necessary computations for network and signal handling, is connected to the radio board. The radio board receives the information from the controller board in order to perform the modulation/ reception/ transmission of data streams. It then sends the processed data back to the controller board for analysis.

The SLWRB4103A is a cost-effective way to quickly and easily develop and test high-frequency wireless communication systems. It has a wide range of features, including frequency hopping, dynamic power control, TPC, MIMO, and FHSS, and is compatible with multiple popular communication protocols. By combining the high-performance hardware with a powerful software suite, the SLWRB4103A provides a reliable, easy-to-use solution for testing, development, and deployment of wireless communication systems.

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